Fabienne Butel

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About

Fabienne Butel is a pioneering researcher in the field of bio-inspired robotics, with a primary focus on hyper-redundant mechanisms and snake-like locomotion. Her work bridges geometry, kinematics, and statics to solve fundamental challenges in robotic mobility and trajectory planning. In her highly cited 2003 paper, "A geometrical approach to the trajectory planning of a snake-like mechanism" (19 citations), Butel introduced novel methods for navigating hyper-redundant robots through complex environments, addressing critical issues in obstacle avoidance and path generation. Her earlier foundational work, "Snake-like locomotion: integration of geometry and kineto-statics" (8 citations), draws inspiration from the adaptive anatomy of over 2,500 snake species, offering a deep biological and mathematical framework that distinguishes snake-like motion from traditional wheeled or legged locomotion. Butel’s contributions are particularly notable for their theoretical rigor and practical relevance, as she helped lay the groundwork for the development of functional snake-like robot prototypes. Her research continues to influence modern robotics, especially in applications requiring flexibility, adaptability, and navigation in constrained spaces.